| DCPU-16 Specification | |
| Copyright 2012 Mojang | |
| Version 1.1 (Check 0x10c.com for updated versions) | |
| * 16 bit words | |
| * 0x10000 words of ram | |
| * 8 registers (A, B, C, X, Y, Z, I, J) | |
| * program counter (PC) | |
| * stack pointer (SP) | |
| * extra/excess (EX) |
| Generating 32 passwords with 50 bits of entropy | |
| Password Phrase | |
| --------------- -------------------- | |
| fibpsygotetemol fibres psychology got eternal molecules | |
| crohismacwrosiz cross his machine wrong size | |
| haswrigooalsarm has written good also army | |
| livfoctelduerow living focus telescope due row | |
| achtexmeaimiela achieved text means imitation elaborate | |
| poiatmengdocpea point atmospheric engine doctor pearson | |
| phosinwayladpha photographs since way laden phagocytes |
| import random | |
| poss = [0] * 65536 | |
| def bitcount(x): | |
| return bin(x).count("1") |
| # INPUT FILE LISTING: | |
| # chip8/Chip-8 Demos/Maze (alt) [David Winter, 199x].ch8 | |
| # chip8/Chip-8 Demos/Maze [David Winter, 199x].ch8 | |
| # chip8/Chip-8 Demos/Particle Demo [zeroZshadow, 2008].ch8 | |
| # chip8/Chip-8 Demos/Sierpinski [Sergey Naydenov, 2010].ch8 | |
| # chip8/Chip-8 Demos/Sirpinski [Sergey Naydenov, 2010].ch8 | |
| # chip8/Chip-8 Demos/Stars [Sergey Naydenov, 2010].ch8 | |
| # chip8/Chip-8 Demos/Trip8 Demo (2008) [Revival Studios].ch8 | |
| # chip8/Chip-8 Demos/Zero Demo [zeroZshadow, 2007].ch8 | |
| # chip8/Chip-8 Games/15 Puzzle [Roger Ivie] (alt).ch8 |
| Play this game by pasting the script in http://www.puzzlescript.net/editor.html |
| path text picolz zlib -9 lz4hc zlib code + ram | |
| ---------------------------------------------------- ------ -------- --------- ------- ----------------- | |
| 2267_12639_chode_br.p8.png 0 8 8 20 74 | |
| 2137_11694_interstellar.p8.png 248 180 152 191 1346 | |
| 2338_13131_swirlthing.p8.png 314 254 213 269 296 | |
| 2120_11629_heavy_snare_worm.p8.png 479 336 280 377 591 | |
| 2109_11533_transdimensional_butterfly.p8.png 712 504 408 578 1090 | |
| 2178_11993_garter.p8.png 729 503 388 555 524 | |
| 2129_11647_snake_killer.p8.png 921 473 397 561 1316 | |
| 2117_11597_workplace.p8.png 940 369 316 434 1058 |
| n_cases = input() | |
| for case in xrange(1, n_cases + 1): | |
| bot = {'O': [1, 0], 'B': [1, 0]} | |
| buttons = raw_input().split()[1:] | |
| buttons = zip(buttons[::2], map(int, buttons[1::2])) | |
| time = 0 | |
| 0x10c Radio Communications | |
| For each solar system, there are 256 channels. | |
| Each channel holds 128 words of data, and gets reset to zeros 8 times per second. | |
| A radio can broadcast 1-128 words once per second to any channel, and receive | |
| 1-128 words eight times per second from any channel. | |
| Broadcasting XORs the sent data with the current contents of the channel. |
| //===-- DCPU16InstrFormats.td - DCPU16 Instruction Formats -*- tablegen -*-===// | |
| // | |
| // The LLVM Compiler Infrastructure | |
| // | |
| // This file is distributed under the University of Illinois Open Source | |
| // License. See LICENSE.TXT for details. | |
| // | |
| //===----------------------------------------------------------------------===// | |
| //===----------------------------------------------------------------------===// |
This makes instructions that address the stack twice meaningful instead of confusing and useless.
ADD PEEK, POP should pop the top of the stack and add it to the second entry, but currently the PEEK is evaluated before the POP occurs.